POWER DEVELOPED OF SYNCRONOUS MOTOR

power developed per phase of a synchronous motor is given by the expression

Pmech = EV/Zscos(θ - δ ) - E2/Zs cosθ

Where E is excitation voltage or back emf, V is supply voltage, Zs is synchronous impedance, θ is the internal angle and is equal to tan-1 Xs/Rsand δ is the load or torque angle.

The value of excitation or induced emf E to give maximum power developed possible is given as

E = v/2cosθ

Email Based Homework Assignment Help in Power Developedof synchronous motor

Transtutors is the best place to get answers to all your doubts regarding the explanation of power developed per phase of a synchronous motor. You can submit your school, college or university level homework or assignment to us and we will make sure that you get the answers you need which are timely and also cost effective. Our tutors are available round the clock to help you out in any way with electrical engineering.

Live Online Tutor Help for Power Developed Of Synchronous Motor

Transtutors has a vast panel of experienced electrical engineering tutors who specialize inpower developed of synchronous motor and can explain the different concepts to you effectively. You can also interact directly with our electrical engineering tutors for a one to one session and get answers to all your problems in your school, college or university level electrical engineering. Our tutors will make sure that you achieve the highest grades for your electrical engineering assignments. We will make sure that you get the best help possible for exams such as the AP, AS, A level, GCSE, IGCSE, IB, Round Square etc.